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Link Lab

@LinkLabs

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We study and engineer microbial metabolism! Located at the University of Tübingen @uni_tue *The account is run by lab members

Tübingen, Germany
Joined November 2018
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@LinkLabs
Link Lab
2 months
We are searching PhD students in synthetic biology and metabolic engineering
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@LinkLabs
Link Lab
3 months
Great collaboration with the @sourjik lab. Check out how isoprenoid biosynthesis, high oxygen and a membrane complex influence E. coli fitness 👇.
@sourjik
SourjikLab
3 months
Our paper describing importance of a highly evolutionary conserved membrane-organising protein complex in bacterial respiration is now published in PLoS Biology in its final version Congratulations @MariaIsa_perezl !.
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@LinkLabs
Link Lab
6 months
Our CRISPR screen in E. coli shows that metabolic mutations influence antibiotic action. Pathway-specific bottlenecks cause resistance. Slow growth leads to tolerance. Read more 👉
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@LinkLabs
Link Lab
8 months
New paper from our group: we developed intact protein barcoding, which uses small proteins as a barcode to identify CRISPRi strains with mass spectrometry.
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@LinkLabs
Link Lab
10 months
Congratulations Dr. Lubrano 🥳
Tweet media one
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@LinkLabs
Link Lab
11 months
Our group was featured in the key to my research podcast. There is a short version and a deep dive about our research and episodes with other great scientists from @uni_tue, @Gh_Tabatabai, @EKemen. Check it out:
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@LinkLabs
Link Lab
11 months
RT @gasb_synbio: Don't miss the #GCSB Conference⏰!  With less than a month to go, it's time to secure your spot and explore the latest adva….
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@LinkLabs
Link Lab
11 months
Two-stage bioprocesses could overcome many limitations in bioengineering. Check out our review about this exciting topic👇 Led by @paulsimv. Thanks for the nice collaboration.
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@LinkLabs
Link Lab
1 year
Thanks @VanessaPahl , @paul_lubrano92 and Daniel Petras @func_metabo_lab.
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@LinkLabs
Link Lab
1 year
Check out our new method to read library barcodes and measure metabolites of CRISPRi strains with #massspec. Works almost in real-time:
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@LinkLabs
Link Lab
1 year
RT @sourjik: New preprint showing the importance of the highly conserved bacterial SPFH complex for aerobic respiration. Interesting simila….
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@LinkLabs
Link Lab
1 year
Controlling bacteria, controlling metabolism, and why this is relevant for antibiotics. The #exzellenterklaert podcast featured our research, together with my colleague @NadineZiemert. Thanks to Larissa and team and to @CoE_CMFI . In German:
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@LinkLabs
Link Lab
1 year
Great collaboration with the Milo Lab. Not much is needed to reprogram E. coli metabolism for autotrophic growth:
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@LinkLabs
Link Lab
1 year
We wrote a preview about a mobile CRISPRi library from the Brown Lab. Great tool to explore the different "shades" of gene essentiality:
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@LinkLabs
Link Lab
2 years
RT @MolSystBiol: 10/2023 Issue ➡️ On the cover (by @TeamSciStories): Genome-scale mapping or temperature-sensitive….
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@LinkLabs
Link Lab
2 years
Turning up the heat on essential genes🌡️ Thanks @StirlingLab for this very nice comment about our thermo-switches. AcCoA switches would indeed be a very nice thing.
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@LinkLabs
Link Lab
2 years
RT @JoergLab: Save the date! March 21-23 next year, please join me and Nassos Typas @TypasLab and Ruth Ley @RuthLeyMicro for this big micro….
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@LinkLabs
Link Lab
2 years
New paper from our group. We made 15,120 E. coli mutants and screened them for temperature-sensitivity. The thermo-switches are great tools to control bacterial metabolism and growth. 👇.
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@LinkLabs
Link Lab
2 years
New preprint. We found that ATP limitation makes E. coli resistant to some antibiotics because it induces expression of a transporter (PunC). This happens also in E. coli from the clinic.
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@LinkLabs
Link Lab
2 years
New preprint. @ThorbenSchramm made an E. coli CRISPR library🧫 and screened for temperature sensitive mutants. Some of them are great growth switches.
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